CN101283355A - Method for processing data - Google Patents
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- CN101283355A CN101283355A CNA2006800374836A CN200680037483A CN101283355A CN 101283355 A CN101283355 A CN 101283355A CN A2006800374836 A CNA2006800374836 A CN A2006800374836A CN 200680037483 A CN200680037483 A CN 200680037483A CN 101283355 A CN101283355 A CN 101283355A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/25—Integrating or interfacing systems involving database management systems
- G06F16/256—Integrating or interfacing systems involving database management systems in federated or virtual databases
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Abstract
The invention relates to a method for processing data, said method comprising a plurality of steps. A plurality of data sources are provided. At least one data access method is provided for accessing the individual data sources, said data sources providing a homogeneously reprocessable data structure. The individual data sources are symbolised on a user interface of a data processing installation, visible to the user. Combination method modules are used to combine data supplied thereto from the homogeneously reprocessable data structures of the data sources or from the results of other combination method modules, and enable a reproduction of the results. The combination method modules are symbolised on the user interface. A method module is used to output or reprocess the results. Said method module for outputting or reprocessing the results is symbolised on the user interface.; Any arrangement of the data source symbols and combination method module symbols and the output symbols on the user interface in relation to each other is possible. The arrangement also reflects the sequence of the individual data processing steps.
Description
Technical field
The present invention relates to the method for deal with data, wherein the data from a plurality of data sources are provided for the user further to handle.
Background technology
Data source exists in a variety of forms.Even in a company, also there is the various software solution that disparate databases is provided, these databases are respectively particular result optimization.If new problem is then developed new software program usually for this reason, design new database and provide data to it, from existing database, create new application and may wait by means of new program.
The tricks of the trade that in these steps, need a great deal of respectively.Be not expert in this field the frequent Xiang Qi of user company corresponding professional or also to the external consultant propose much with existing Software tool and program can not realize and therefore must be costed a lot of money the requirement of reprogramming.
Yet the program of Chan Shenging is often very complicated for unprofessional user like this, and is difficult to operation, and even can not use at all.
This often causes setback in practice.Some requirement is not implemented because they technical very complicated or for the problem that will solve cost too high, or the corresponding programming process duration is oversize and problem otherwise solves.
The software solution party of Chan Shenging often neither be exercisable for unprofessional user like this.The final user does not understand key concept or does not know user manual.Can be enhanced in such effect situation below, if promptly the result is not plausible or can not be re-constructed, because the final user can not understand the actual given result's that develops software basis at all.In this case, the final user usually loses the confidence to the software solution that offers them.
The solution of the each side of these problems is known.
The system that United States Patent (USP) 5426780 proposes from so-called GIS Database Dynamic segmentation geography information.Here the user is by the highly interface support of specialty, and this interface is the specific evaluation generating technique query language of this class GIS database.Here, to the expression of this result's of the interested targeted customer's group of received of this class geography information technical simplification.Yet the user must have very a large amount of background knowledges about these data; Is impossible with these Knowledge Conversions to the problem of other types.
Can know a kind of instrument from CA 2 200 924 C, its user interface can make the data acquisition of user study graphic form.By this instrument, very lot of data can be divided into a large amount of less data pick-up set and make it with relatively short time series analysis.These less data pick-up set can be further processed.
This method is helpful especially for the expert, but less to final user's help.
EP 1 482 417 A1 have described data processing method and system, and by this method and system, the different forms of database can be bonded to each other.Process and the standardization thereof never wherein described with physics data source image data are provided with the back by the software application evaluation.
Therefore, having proposed the storage in self contained data base of extraction and standardisation process and data can realize by conversion.Especially, data transport be asynchronous realization and complicated infrastructure by alignment respectively programming solve.The consistent database of stand-alone development, data warehouse is provided with the necessary data of supplying with the final user from other data sources then.From long-term viewpoint, the final user can only seek help from data warehouse, and the every other processing that occurs in the prior art is all hidden the final user, and they do not need to upgrade and do not need to revise yet, and therefore need not to ask expert's help.
Can know the method for combination non-similarity data source from EP 1 191 462 A1.Its objective is in order to make the different table form be bonded to each other.Described here is some basic mechanism, they be for make data can be estimated fast and found then data warehouse required.Basic thought is to make up the index of like attribute and therefore find combined method.Therefore this structure becomes and quite immobilizes.
All these solutions can be suitable for their specific application well, but can not provide solution for wanting the final user who uses the different pieces of information source and interconnect these data sources in real time in many ways, such solution does not always need to seek help from programmer or other experts' assistance in each situation.
Summary of the invention
Therefore, the method that the purpose of this invention is to provide a kind of deal with data.
According to the present invention, this purpose is the method realization by a kind of deal with data, and this method may further comprise the steps: a plurality of data sources are provided; Each data source of symbolic representation on the user interface of the data handling system of user-accessible; One or more data access processes to each data source are provided, and wherein said each data source provides the data structure that can further handle uniformly; The combined method module is provided, the described combined method module data structure that can further handle uniformly from data source capable of being combined offer its data or combination from the result of other combined method modules, and support result's further transmission; Symbolic representation combined method module on user interface; Be provided for exporting the method module of result or further result; Symbolic representation is used to the method module exporting the result or be used for further result on user interface; And support data source symbol and combined method module symbol and the output symbol any layout on user interface each other, wherein said layout reflects the execution of each data processing step simultaneously.
This problem can solve in surprising mode by this genus.In a preferred embodiment, user interface is the graphical interfaces of the display screen of data handling system.
Therefore, for example can imagine that the final user is the people in company's market or sales department's work.The final user may use him needn't understand the various different pieces of informations source of its concrete technical pattern.May relate to the database that comprises customer data, the complete of different nature database relevant with company contract, comprise so-called Robinson tabulation (Robinson list) database, address and other databases of phone data, the database that for example provides by credit information bureau under each situation etc. that possibility is bought from open source are provided.
Company may be actual offer in these each data sources that the final user uses each on its user interface by symbolic representation.The final user may imagine which data he can obtain from this database in hope.
Except these data sources, also for it provides the data access process, this process can be extracted specific data structure from these data sources, and wherein this structure can be further processed with uniform way.For this reason, there is the several different methods of for example in aforementioned publication, describing in the prior art.If certain data source is provided for the user and uses for it, then such data access process also can offer the user naturally for its use.For the final user, it is unimportant how this process works.
Importantly provide the combined method module for the final user for it.By these modules, can will make up mutually from two data sources or from the data of two subclass of same data source respectively.More precisely, made up mutually from data that can further accessible data structure derived uniformly, and the result is further transmitted after combination.
Such combined method module can many different modes be worked.Under each situation, they are provided for the user for its use with the form of symbol on the user interface similarly.
At last, also be useful on the method module of exporting the result or being used for further result.This also on user interface by symbolic representation, and be provided for the user for its use.
Now, the user have may with what be used for data source or combined method module or be used for that mutual logic of each of symbol of output procedure connects.Wherein, its execution on user interface is very simple for the user.The user loses interest in to the technical finesse step of these symbol back.But for the layout of symbol, these process steps are accurately moved.
This process also can be called as simulation (modelling) or " digital simulation process ", and therefore it carried out by the final user.The final user indicates which data source he wants with at given time, he wishes how to make up to export which data item when these data sources and he want at EO.All these are that the final user is intelligible, even and the user also on user interface, as if reasonably be illustrated without any program capability or special technique knowledge.
Whole process is up-to-date.Because process is only moved during simulation process, so data source also is used in its residing at that time state.Therefore, use with the tradition of the database of data warehouse form and to compare, no longer need at first in the special department that is responsible for of company, to set up this database and for it provides the data of extracting from other data sources, and for example suppose then the sales manager with when it is set up be current but when it uses out-of-date this database.On the contrary, value is combined in together on final user's interface recently, and these current data items also offer output then by final user's " mixing ".
For example, this output can be the simple list that has the information that is used for the call center, and wherein the call center is the previous concrete and careful agency who selects of trade connection that specific question is arranged.
In a preferred embodiment of the invention, adopt the classification of classification and pre-configured node to represent.Node available on user interface, for example display screen has been equipped with pre-configured in beginning by the programmer.Operator or user then can be by double-clicking action or the technology by the drag and drop form is inserted into its node type of having selected in the modeling interface.Here, not only node is inserted in the display screen interface, and also automatically disposes the process of corresponding distribution in fact simultaneously.In this mode even for the operator with the user has avoided or significantly simplified the necessary processing in carrying out whole process that node is cultivated.This has reduced the specific (special) requirements to the user, and they are transferred to the step that is used to provide processing that will carry out.
An example that provides the node type that is used for data source now is so that the illustration method mode.Therefore, for example, the selection of pre-configured can comprising " all clients of market department ".This node diagnostic, promptly comprise, further transmit or provide " all clients of market department " and be assigned to node, and offer the programmer for its use as pre-configured.When program was used for a long time, this configuration will regularly be kept.Yet operator and user do not need to pay close attention to this process.These features are automatically and can be provided and need not to do any effort.Therefore operator and user can begin or continue simulation process immediately, and method is during he correspondingly carries out the node insertion process in the position of expecting on the user interface.
Also can consider to be used for the very complicated evaluation process of diverse purpose.
Particularly advantageously, the final user also can with for its significant some king-sized module registers together as comprising data source, combined method module and the further big module of step.The final user then can be with being somebody's turn to do " assembly " corresponding variable element combinations with other, for use in the specific purposes of some other current application.
Further advantage is, can relatively easily accept in the company operational additional data source in the working time process together.These new data sources can be used by the final user then immediately, and need not other supplementary knowledges.The final user can utilize in any case to come it is further handled for the like combinations method module of its use then.
As long as it is related to, current customer list does not change on user interface, because they always represent current location.
The less user of technical experience needn't consider any technical limitation when in the enterprising line data simulation of user interface.
The creativeness of final user when seeking the solution of its problem that faces is no longer restricted.So far, the final user often abandons, and their requirement is used as and can't be solved, because they depend on that in each step others solves requirement by new procedures.This problem no longer exists.
Different with the situation of so-called traditional OLAP instrument (on-line analysis processing), the final user also no longer is limited to some Code Number of preparation, can be for its use and its spendable common data source but concentrate on.
By means of according to method of the present invention, for example can select from different system, for example from the data of different SAP and non-SAP system.But the data item combination with one another of these selections, and the selection result that is wherein produced can be output to different further disposal systems subsequently.
This notion is significantly different with other known procedure.In prospect, there are skilled operator and the user want to analyze and make up from the information in different pieces of information source.Knowledge about technology origin and data source mutual relationship is almost nonsensical for skilled user, and especially, the user does not also want in the face of technical requirement.In fact make him can be when its data are simulated the mutual relationship of technology origin and data source be included into secondary part according to method of the present invention.
The digital simulation process can real time data realizes, and can also handle in the mode of interactive communication, even for the very large data acquisition that surpasses 100,000 data records.
For example support the simple importing and the derivation process of spreadsheet program commonly used according to process of the present invention, thereby can be provided for the interface of various SAP system.Simultaneously, also guarantee and may be connected with the simple of the inconsistent external system of SAP.
This method does not hinder the background of no interactive dialogue to carry out (batch processing ability).
Application for example be market and sell in selection, data analysis that IT department carries out and from the external system migration data.
Description of drawings
Introduce exemplary embodiment of the present in more detail below with reference to accompanying drawing.
Wherein:
Fig. 1 shows the result's of the digital simulation process of carrying out according to a method of the present invention example;
Fig. 2 is a specific embodiment according to the method for Fig. 1; And
Fig. 3 is an example of the practical manifestation on the user interface.
Embodiment
Diagrammatic representation on the display screen on the user interface 10 is particularly suitable for providing and symbolic representation as the optimal of different elements according to method of the present invention.Especially, can be various symbols the node 20 that can be configured to dissimilar nodes is provided.The node of these types can be expressed can distinguishing mutually for the user by different shapes or color, and symbolic representation is used for the symbol node 31 of data source or is used for the node 32 of combined method module or is used for the node 33 or the other types node of output module.The node of these types illustrates in greater detail below.
In Fig. 1, different colours or shape can be discerned by means of the shade that is used to dissimilar node 31,32,33 can be distinguished from each other.Yet, exist many other possibilities to can be used for distinguishing and identifying.
Preferably, each node also can illustrate with the word that the final user can freely select, and therefore writes down the meaning of these nodes to the user.
Here, each node 20 can influence its behavior thus according to its meaning configuration.Node can have one or even several data input pin 30, and have output terminal 35 as a result, wherein the result that obtains of intranodal is further transmitted via output terminal as a result.
Except helping to illustrate these nodes 31,32,33 of things to the user when the processes user data, Fig. 1 also shows the symbol that is used for one or more real data source 21 and is used for the real system 23 of further result.
In the diagrammatic representation in the selected here accompanying drawing, the symbol 21 that is used for data source is represented with right cylinder.And, selected to seem logical structure of from the top to the bottom, extending for the final user.Certainly, the figure hobby according to the user also can adopt another structure or diverse symbolic representation.In selected expression, the node 22 of symbolic representation is followed real data source 21 on modeling interface.The node 22 of these symbolic representations provides with the node 31,32 and 33 of the above-mentioned type.
Be that real data is exported to the node 23 that carries out symbolic representation in the real data set below.
Some method step that exists as below will discuss in each symbol back.On user interface 10, operator or user only see among Fig. 1 the zone between two horizontal lines.These above line or following zones also illustrate for illustrative purposes extraly, so that further illustrate user interface 10 function behind.
Therefore, the final user only sees symbol 22 on its user interface 10, and promptly node 31,32,33.The user can't see the further disposal system 23 of real data source 21 and reality etc.Yet they are represented by symbol or node type 31 or 33 on user interface 10.
The final user can its desirable logic interconnect and each node 31,32,33 is made up mutually by output terminal 35 and input end 30 with node now like that.Thereby, result's output of the addressable front of node node.According to node type and meaning, node can not receive with the logic interconnection of front contact or receive one or several and the logic interconnection of front node.
The main type of node is data source 31, combined method module 32 and output module 33.Provide result about the node type 31 of data source, for example have the form in the database of selecting parameter from data source.For this reason, it returns inquiry real data source 21.This is represented by the dotted line among Fig. 1.
The output result can be subjected to the influence of the configuration of this node 31, this means and can use additional condition to limit number as a result.
Except the above-mentioned inquiry of returning to real data source 21, this category node 31 can not receive other and being connected of front node.
The node type of symbolic representation combined method module 32 can receive and make up from other nodes 31 or even as 32 output result 35 of input 30.In described embodiment, output result 35 is the combined result of two front nodes just.
The influence that to can be disposed from the mode of the combination with one another as a result of these two front nodes.
The node of output module 33 or this output module of symbolic representation provides a kind of mode that the output result 35 from the front node further is delivered to further disposal system, and wherein this further processing also can be performance or even the diverse further disposal system of type on printout, the display screen.In example, the further disposal system of this reality is with the contiguous output module 33 of the form of cylindrical node 23.
The type of needed further processing can be determined by the configuration of this output module 33.
This category node 33 can receive being connected of desired so much and front node.
Other node types also are possible in principle.Therefore, node can be the filter module form, wherein can carry out universal class normally to the result from the front node by means of it or is to be certain additional filtering standard of this situation exploitation specially.In this case, the output result 35 of this node comprises all results from the front node that do not filter the back data recording.
Yet, discover that further such filter node is the modification with additional data source of these filtering features.Therefore, for example, the Robinson tabulation can be defined as data source 21 and be used as node 31, or it can be used as filter criteria.This is unessential for the final user, thereby can select solution applicatory here.
When being used, what a being connected to the front node this category node can just to receive with the similar mode of the node of type 31.
Another node can be used as finishing (finishing) or (refinement) module of refining.Result from the front node can be added with additional detail by this category node.Here also be from wherein extracting the data source of these additional details at last.
This category node just also can receive, and what a arrives the logic connection of node type.
At last, the user can select collection type (collection-type) node as additional node type.This node type for the final user provide with several nodes reuse previous or by the digital simulation of its generation may.Here, previous simulation is represented as the form of node.
According to notion of the present invention, the process of digital simulation itself makes the node of one or more data sources by type 31 of type 21 that its result is provided.The user simulates these data item by insertion and other nodes of logic interconnection.
As the result of simulation process, it further is delivered to further disposal system 23 through the node 33 of one or more output module types with the result then.This symbolically illustrates by the combined method module 32 that three data sources 31 and two logics are connected to data source and output module node 33 in Fig. 1.
Figure 2 illustrates another example, show a kind of possible use of the present invention by means of it, this is for example created on its notebook according to its available multiple possibility by the final user.
Show two data sources of using by the final user above, wherein the data source of left-hand side comprises all clients of company in " market " department, and the data source of right-hand side comprises the order for the article in the merchandise classification " X " that company has received in certain time period.
Be arranged in the data item that is used for the further data structure of handling and be provided for the combined method module, wherein the combined method module forms those clients that bought article in the merchandise classification " X " thus.
Then, this result makes up with the 3rd data source again, and wherein the 3rd data source comprises the employee's who has " departmental manager " function in the purchasing department of company title.
The combination results of these data item has been bought all that departmental manager of the client of article in the merchandise classification " X " in the second combined method module.
Be the filter process of for example tabulating in the filtering module then according to Robinson, wherein deleted according to those data recording that this filter criteria is dropped.
Subsequently, in repair module, remaining data recording is replenished with extra address and communication data.Here, as mentioned above, this can be the additional data source with data combination.
Result from this node is transferred to output module then, and wherein output module will hit (hit) and export in the phone list and with it and further be delivered to the call center.
In Fig. 3, schematically show the display screen that the user may see.Square surface is represented the user interface on the traditional display screen, the user interface that often will face such as the sales manager.The digital simulation of being discussed among Fig. 1 or 2 just in time is illustrated at zone line in an exemplary fashion.
On the right, may have once more, promptly strongly represent with dwindling the overview in analog operation district.Though this is not helpful especially in shown exemplary embodiment, if very complicated and no longer can performance integrally on display screen in the digital simulation feature shown in the medio, then this be favourable.
Additional information also can represent below the analog operation district, can be explaining and the form of auxiliary expression, and such as about the indication of the update mode of the data source of institute's reference etc.If desired, this zone also can be by blanking.
The possibility that left-hand side input final user in the analog operation district of user interface can use.The user for example can be arranged on the position of expectation with it by " drag and drop " technology, or the user can otherwise click and selects it.
Among the embodiment shown here, three zones are selected.All possibilities that nethermost zone provides the final user to adopt, promptly all available data sources, combined method module and output module with corresponding possibility, promptly output to the desired type of process and the form of further disposal system, may be to print, on display screen, show, or for some other purpose.
Yet frequently, the final user wishes it is not according to for possibilities that it had such as data sources but select according to the special category that these possibilities were derived from.Certainly, also can expect nested classification and pre-configured possibility here.With its leftward side in the rectangle region of central authorities, indicate.
At last, in the highest region territory of side, final user oneself can select him very frequently to need and therefore may wish preferred preference leftward.
Reference numerals list:
10 user interfaces
20 nodes
21 real data sources
The node of symbolic representation on 22 modeling interfaces
The result of simulation process in the further treatment system of 23 reality
The input end of 30 nodes
31 are used for the node of data source
32 are used for the node of combined method module
33 are used for the node of output module
The output terminal of 35 nodes
Claims (8)
1. the method for a deal with data may further comprise the steps:
A) provide a plurality of real data source (21);
B) provide one or more data access processes to each real data source (21), wherein said each real data source provides the data structure that can further handle uniformly (31);
C) on the user interface (10) of the data handling system of user-accessible, by described each the real data source of the described data structure that can further handle uniformly (31) symbolic representation
(21)；
D) provide combined method module (32), the described combined method module data structure that can further handle uniformly (31) from data source (21) capable of being combined offer its data or combination from the result of other combined method modules (32), and support result's further transmission;
E) go up the described combined method module of symbolic representation (32) in user interface (10);
F) be provided for the result is outputed to the method module (33) of actual further disposal system (23);
G) go up the described method module (33) that is used for the result is outputed to actual further disposal system (23) of symbolic representation in user interface (10); And
H) support data source symbol (31) and combined method module symbol (32) and output symbol (33) any layout on user interface (10) each other, wherein said layout reflects the execution of each data processing step simultaneously.
2. method according to claim 1 is characterized in that, user interface (10) is the graphical interfaces on the display screen in the data handling system.
3. method according to claim 1 and 2 is characterized in that, on user interface (10), and color and/or the shape symbolic representation of the node (20) of different node types (31,32,33) by differing from one another, and intuitively show for the user.
4. method according to claim 3, it is characterized in that, with dissimilar (31 shown in different colours and/or the shape, 32,33) node (20) can be provided with by the user, make the data structure that can further handle uniformly in expression real data source (21) be set at a side of user interface (10), and
The symbol (33) that expression is used to output to the method module of actual further disposal system (23) illustrates at the opposite side of user interface (10).
5. according to each described method in the aforementioned claim, it is characterized in that described node (20) is programmed with pre-configured, and on user interface (10), offer the user, and
The user not only goes up corresponding distribution pre-configured by the node (20) in simulation and skew user interface (10) but also automatically is inserted in data processing thus in total configuration of simulation in user interface (10).
6. according to each method in the aforementioned claim, it is characterized in that, provide filtering module, the data of the data structure that can further handle uniformly (31) in wherein said filtering module filtering data source (21) or the result of combined method module (32);
Described filtering module is gone up by symbolic representation in user interface (10);
The symbol of described filtering module can be gone up in user interface (10) and is provided with mutually, makes their reflect the execution of filtration step.
7. according to each described method in the aforementioned claim, it is characterized in that, provide the finishing or the module of refining, the data of the data structure that can further handle uniformly of described finishing or the module of refining interpolation data source (31) or the result of combined method module (32);
The described finishing or the module of refining go up by symbolic representation in user interface (10); And
Described finishing or or the symbol of the module of refining can go up in user interface (10) and be provided with mutually, make their reflections add the execution of step.
8. according to each described method in the aforementioned claim, it is characterized in that, provide collection module as node type, wherein said collection module is represented to sum up digital simulation previous or that generated with a plurality of nodes.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE102005040240 | 2005-08-24 | ||
| DE102005040240.2 | 2005-08-24 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101283355A true CN101283355A (en) | 2008-10-08 |
Family
ID=37308628
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2006800374836A Pending CN101283355A (en) | 2005-08-24 | 2006-08-24 | Method for processing data |
Country Status (4)
| Country | Link |
|---|---|
| US (1) | US20080320407A1 (en) |
| EP (1) | EP1920362A1 (en) |
| CN (1) | CN101283355A (en) |
| WO (1) | WO2007022981A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101616319B (en) * | 2009-07-24 | 2011-03-16 | 成都市华为赛门铁克科技有限公司 | Method for processing data and service equipment |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1995027254A1 (en) * | 1994-04-04 | 1995-10-12 | Numetrix Laboratories Limited | Graphically controlled method and system for data integration |
| US20040186843A1 (en) * | 2003-03-18 | 2004-09-23 | Microsoft Corporation. | Systems and methods for transforming data in buffer memory without unnecessarily copying data to additional memory locations |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5426780A (en) * | 1992-02-28 | 1995-06-20 | Intergraph Corporation | System for dynamic segmentation analysis using conversion of relational data into object-oriented data |
| US6968511B1 (en) * | 2002-03-07 | 2005-11-22 | Microsoft Corporation | Graphical user interface, data structure and associated method for cluster-based document management |
-
2006
- 2006-08-24 WO PCT/EP2006/008317 patent/WO2007022981A1/en active Application Filing
- 2006-08-24 EP EP06791638A patent/EP1920362A1/en not_active Withdrawn
- 2006-08-24 CN CNA2006800374836A patent/CN101283355A/en active Pending
- 2006-08-24 US US12/064,688 patent/US20080320407A1/en not_active Abandoned
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1995027254A1 (en) * | 1994-04-04 | 1995-10-12 | Numetrix Laboratories Limited | Graphically controlled method and system for data integration |
| US20040186843A1 (en) * | 2003-03-18 | 2004-09-23 | Microsoft Corporation. | Systems and methods for transforming data in buffer memory without unnecessarily copying data to additional memory locations |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101616319B (en) * | 2009-07-24 | 2011-03-16 | 成都市华为赛门铁克科技有限公司 | Method for processing data and service equipment |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2007022981A1 (en) | 2007-03-01 |
| EP1920362A1 (en) | 2008-05-14 |
| US20080320407A1 (en) | 2008-12-25 |
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